Image displaying apparatus and image displaying method

ABSTRACT

An image displaying apparatus is provided, which includes: a display unit that displays an image, and which has a horizontal width and a vertical width; an image processing unit which processes the image; and a controller which controls the image processing unit, if an aspect ratio of the image is different from an aspect ratio of the display unit, to extend the image in a first direction until a horizontal width or a vertical width of the image becomes identical to any one of the horizontal width and the vertical width of the display unit, to extend the image in a second direction to maintain the aspect ratio of the image, and to move the extended image in the second direction on the display unit.

CROSS-REFERENCE TO RELATED APPLICATIONS

This application claims priority from Korean Patent Application No.10-2009-0059886, filed on Jul. 1, 2009, in the Korean IntellectualProperty Office, the disclosure of which is incorporated by reference inits entirety.

BACKGROUND

1. Field

Apparatuses and methods consistent with the inventive concept relate toan image displaying apparatus and an image displaying method.

2. Description of the Related Art

When an external image is input, a display apparatus converts a formatof the input image to be displayable thereon by adjusting a resolution,a size, etc. of the image. Generally, the display apparatus can adjustthe resolution and the size of the image adaptively to its inherentresolution.

If the aspect ratio of the input image is not identical to that of thedisplay apparatus, the image may be further contracted or extended in aspecific direction. In this case, the original image may be distorted.Otherwise, as the image is displayed on some area of a display part,without fully utilizing the whole area of the display part, an emptyspace may be generated thereon.

SUMMARY

Accordingly, one or more exemplary embodiments may provide an imagedisplaying apparatus and an image displaying method, capable ofdisplaying a natural image without loss or distortion.

One or more exemplary embodiments may also provide an image displayingapparatus and an image displaying method, capable of displaying an imageutilizing scrolling and sliding effects.

One or more exemplary embodiments may further provide an imagedisplaying apparatus and an image displaying method, capable ofprocessing a boundary of images to be natural.

One or more exemplary embodiments provides an image displaying apparatusincluding: a display unit which has a horizontal width and a verticalwidth; an image receiving unit which receives an image from an imagesource; an image processing unit which processes the image; and acontroller which controls the image processing unit to extend the imageuntil the horizontal width or the vertical width of the received imagebecomes identical to any one of the horizontal width and the verticalwidth of the display unit, with maintaining the aspect ratio of theimage and to move the extended image to the other width direction of thedisplay unit if an aspect ratio of the image is different from an aspectratio of the display unit.

The display unit may be rectangular in shape.

If the ratio of the horizontal width to the vertical width of the imageis smaller than the ratio of the horizontal width to the vertical widthof the display unit, the image processing unit may extend the imageuntil the horizontal width of the image becomes identical to thehorizontal width of the display unit. The image may also be moved up anddown.

If the ratio of the horizontal width to the vertical width of the imageis larger than the ratio of the horizontal width to the vertical widthof the display unit, the image processing unit may extend the imageuntil the vertical width of the image becomes identical to the verticalwidth of the display unit. The image may also be moved left and right.

The controller may control the image processing unit to display a zoomin process whereby the image is extended before movement, and a zoom outprocess whereby the image is contracted after movement.

If a plurality of images are received from the image source, thecontroller controls the image processing unit to make boundaries amongthe plurality of images blurry.

The image displaying apparatus may further include a user selection unitfor selecting a movement direction of the image therethrough.

The image displaying apparatus may further include a user selection unitfor capturing therethrough an image being displayed while the image isbeing moved, wherein if an image is captured through the user selectionunit, the controller stores the captured image.

One or more exemplary embodiments provide an image displaying apparatus,including: a display unit which has a horizontal width and a verticalwidth; an image processing unit which processes a plurality of images;and a controller which controls the image processing unit to adjust theplurality of images to make the horizontal width or the vertical widthof a received image identical to any one of the horizontal width and thevertical width of the display unit, to connect the boundaries of theadjusted plural images, and to move the connected plural images to theother width direction of the display unit.

The controller may control the image processing unit to make boundariesbetween the plurality of images blurry.

One or more exemplary embodiments provide an image displaying method ofan image displaying apparatus including a display unit having ahorizontal width and a vertical width, including: receiving an imagefrom an image source; extending the image to make the horizontal widthor the vertical width of the received image identical to any one of thehorizontal width or the vertical width of the display unit, withmaintaining the aspect ratio of the image, if an aspect ratio of theimage is different from an aspect ratio of the display unit; and movingthe extended image to the other width direction of the display unit.

The image may be extended to make the horizontal width of the imageidentical to the horizontal width of the display unit if a ratio of thehorizontal width to the vertical width of the image is smaller than aratio of the horizontal path to the vertical path of the display unit.The image may also be moved in a vertical direction.

The image may be extended to make the vertical width of the imageidentical to the vertical width of the display if a ratio of thehorizontal width to the vertical width of the image is larger than aratio of the horizontal path to the vertical path of the display unit.The image may also be moved from in a horizontal direction.

The image displaying method may further include displaying a zoom inprocess to extend the image before movement and displaying a zoom outprocess to reduce the image after movement.

The image displaying method may further include processing the image tomake boundaries between a plurality of images blurry if the plurality ofimages are received from the image source.

The image displaying method may further include receiving a userselection signal to capture the image being displayed during movement ofthe image; and storing the captured image.

BRIEF DESCRIPTION OF THE DRAWINGS

The above exemplary embodiments and/or utilities of the inventiveconcept will become apparent and more readily appreciated from thefollowing description of the exemplary embodiments, taken in conjunctionwith the accompanying drawings of which:

FIG. 1 is a control block diagram of an image displaying apparatusaccording to an exemplary embodiment;

FIG. 2 is a view showing an image input into the image displayingapparatus of FIG. 1;

FIG. 3 is a view showing a process of displaying the input image of FIG.2;

FIG. 4 is a view showing another image input into the image displayingapparatus of FIG. 1;

FIG. 5 is a view showing a process of displaying the input image of FIG.4;

FIG. 6 is a control flowchart to explain a control method of the imagedisplaying apparatus of FIG. 1;

FIG. 7 is a view showing a process of displaying an input imageaccording to another exemplary embodiment;

FIG. 8 is a view showing a process of displaying an input imageaccording to a further exemplary embodiment;

FIG. 9 is a view showing a process of displaying an input imageaccording to a still further another exemplary embodiment; and

FIG. 10 is a control block diagram of an image displaying apparatusaccording to another exemplary embodiment.

DETAILED DESCRIPTION OF THE EXEMPLARY EMBODIMENTS

Hereinbelow, exemplary embodiments will be described in detail withreference to the accompanying drawings, in such a manner that thepersons having ordinary knowledge in the art to which the exemplaryembodiments pertain can easily practice it. The present inventiveconcept can be embodied with several different configurations, and thus,the scope of the inventive concept will not be limited to the exemplaryembodiments herein described. To describe the inventive concept in aclear manner, those portions having nothing to do with the descriptionof the inventive concept will not be describe herein, and like referencenumerals refer to the like or similar elements throughout.

FIG. 1 is a control block diagram of an image displaying apparatusaccording to an exemplary embodiment.

As illustrated in FIG. 1, an image displaying apparatus includes animage receiving unit 10, a display unit 20, an image processing unit 30and a controller 40 controlling them. The displaying apparatus may beall electronic devices that can display images, e.g., a digital photoframe, and a compact display device such as a portable terminal, etc.

The image receiving unit 10 may include a connection part to which astorage medium such as a universal serial bus (USB) or a camera storingphotos therein can be connected, and an interface connectable to thenetwork or a broadcast receiving unit that can receive a broadcastingsignal. For example, the image receiving unit 10 may be embodied byBluetooth, an infrared ray communication, and a wire/wireless USBcommunication interface, etc. An image received by the image receivingunit 10 has an aspect ratio generally referred to as “a screen ratio.”For example, a camera has a variety of aspect ratios such as 4:3, 16:9and 6:6, and images having various aspect ratios can be generatedthrough the camera. According to this exemplary embodiment, the image ispreferably a stationary image such as a photo or a picture.

The display unit 20 displays thereon an image processed by the imageprocessing unit 30. The display unit 20 may include a liquid crystaldisplay (LCD) panel having liquid crystals, an organic light emittingdiode (OLED) panel having organic light emitting devices or a plasmadisplay panel (PDP), and a panel driving unit driving the panel.Generally, the display unit 20 is rectangular in shape, having ahorizontal width and a vertical width. The ratio of horizontal width tovertical width, that is, aspect ratio may be 16:9 or 4:3. As the aspectratio is determined when a displaying apparatus is manufactured,distortion of an input image may be generated if the aspect ratio of theinput image is not identical to that of the display unit 20. If so, theimage may be extended or contracted in a specific direction. Otherwise,it may be displayed on a partial area of the display unit, not on thewhole area thereof. In other words, an empty space on which no image isdisplayed may occur.

The image processing unit 30 is controlled by controller 40 to processthe received image and displays the image on the display unit. If theaspect ratio of the image is different from that of the display unit 20,the image processing unit 30 extends the image so that the horizontalwidth or the vertical width of the received image is identical to anyone of the horizontal width and the vertical width of the display unit20, while maintaining the aspect ratio of the image, and moves theextended image in the other width direction of the display unit 20.

As described above, an image may have a variety of aspect ratios, andthe aspect ratio of the display unit 20 is determined when the displayapparatus is manufactured. Where the aspect ratio of the image and thatof the display unit 20 are not identical, the image is displayed asillustrated in FIG. 2 or FIG. 4. FIG. 2 illustrates a case where theratio C/B of the horizontal width C to the vertical width B of the imageis smaller than the ratio A/B of the horizontal width A to the verticalwidth B of the display unit 20. In this case, black screens aredisplayed on the left and right area of the display unit 20. FIG. 4illustrates a case where the ratio A/D of the horizontal width A to thevertical width D of the image is larger than the ratio A/B of thehorizontal width A to the vertical width B of the display unit 20. Inthis case, black screens are displayed on the top and bottom area of thedisplay unit 20.

Where the black screens are displayed in left and right areas of thedisplay unit 20 as illustrated in FIG. 2, the image processing unit 30extends the image until the horizontal width C of the image becomesidentical to the horizontal width A of the display unit 20, whilemaintaining the aspect ratio of the image. As the horizontal width C ofthe image is extended by a multiple of A/C, while maintaining the aspectratio of the image, the vertical width B of the image is also extendedby a multiple of A/C, whereby the vertical width B of the image becomesA*B/C. As the image is extended, the entire image cannot be displayed onthe display unit 20. The image processing unit 30 moves the extendedimage in a vertical direction of the image, as illustrated in FIG. 3;that is, scrolling the image downward. In other words, the horizontalwidth C of the image is extended to be identical to the horizontal widthA of the display unit 20 and scrolled in the vertical direction B of thedisplay unit 20. As the image is displayed and scrolled on the wholearea of the display unit 20, no black screen is displayed on the displayunit 20. Also, as the user can view a dynamic image rather than astationary image, the user may have a relatively higher interest inappreciating the image.

FIG. 5 shows an image that is extended and moved as illustrated in FIG.4. Where black screens are displayed on the top and bottom area of thedisplay unit 20, the image processing unit 30 extends the image so as tomake the vertical width D of the image identical to the vertical width Bof the display unit 20, while maintaining the aspect ratio of the image.As the vertical width B of the image is extended by a multiple of B/D,the horizontal width A of the image is also extended by a multiple ofB/D, whereby the horizontal width A of the image becomes A*B/D. Theimage processing unit 30 moves the extended image in a horizontaldirection of the image, that is, the image is moved left and right. Thevertical width D of the image is extended to be identical to thevertical width D of the display unit 20 and is scrolled in thehorizontal width direction A of the display unit 20.

FIG. 6 is a control block diagram explaining a control method of theimage displaying apparatus of FIG. 1. Referring to FIG. 6, the imagedisplaying method of the image displaying apparatus according to thisexemplary embodiment will be described below.

The image displaying apparatus first receives an image from an imagesource through the image receiving unit 10 (S10).

The controller 40 determines whether the aspect ratio of the image isidentical to that of the display unit 20 (S20).

If it is determined that the image has the identical aspect ratio to thedisplay unit 20, the controller 40 controls the image processing unit 30to scale the image according to the resolution of the display unit 20.

However, if it is determined that the aspect ratio of the image is notidentical to that of the display unit 20, the image processing unit 30extends the image so as to make the horizontal width or the verticalwidth of the received image identical to any one of the horizontal widthand the vertical width of the display unit 20, while maintaining theaspect ratio of the image (S30).

If the ratio of the horizontal width to the vertical width of the imageis smaller than the ratio of the horizontal width to the vertical widthof the display unit 20, the horizontal width of the image is extended tobe identical to the horizontal width of the display unit 20. If theratio of the horizontal width to the vertical width of the image islarger than the ratio of the horizontal width to the vertical width ofthe display unit 20, the vertical width of the image is extended to beidentical to the vertical width of the display unit 20.

Then, the image processing unit 30 moves the extended image in the otherwidth direction of the display unit 20, i.e., the width portion of thedisplay unit 20 not identical to a width of the image (S40). If thehorizontal width of the image is identical to the horizontal width ofthe display unit 20, the image is moved up and down. If the verticalwidth of the image is identical to the vertical width of the displayunit 20, the image is moved left and right.

FIG. 7 illustrates a process of displaying an input image according toanother exemplary embodiment. The controller 40 controls the imageprocessing unit 30 to display a zoom in process (a) to extend the imagebefore movement of the image and to display a zoom out process (b) tocontract the image after movement of the image. Through these processes,the user can ascertain an original photo before it is extended. The timeduring which zoom in and zoom out processes are performed may be set bythe user or may be set at a default value. For example, the extendedimage may be displayed for a very short period of time, like a pop-upafter the original image is displayed, or the zoom in process may bedisplayed at a slow speed.

If a plurality of images are consecutively displayed, the images aredisplayed in the following sequence: After an original image isdisplayed, the extended image is moved, and the original image is againdisplayed after movement of the extended image. Then, the original imageand the extended image of a next image are sequentially displayed.

FIG. 8 illustrates a process of displaying an input image according toanother exemplary embodiment. When a plurality of images are receivedfrom an image source, the controller 40 controls the image processingunit 30 so that the plurality of images are displayed as if they areconnected to each other. That is, with respect to a single image, ascrolling effect is given. In case of displaying such an image inplural, the images are displayed with a sliding effect. As illustratedin FIG. 8, a first image I and a second image II are connected to eachother, and thus, the user can feel like the user is viewing camera film.

The image processing unit 30 according to this exemplary embodimentdiffuses a boundary {circle around (b)} of the images so as to make theboundary {circle around (b)} between images unclear and blurry. Theunclear boundary {circle around (b)} is effective in allowing the imagesto naturally be linked, and the user can appreciate the imagescomfortably as though the images are not disconnected.

The image processing unit 30 slices and processes the extended image inthe unit of frame according to the resolution of the display unit 20.For example, if the extended image is of two frames, with respect to theresolution of the display unit 20, the image processing unit 30 storesthe two-frame image and displays it by moving it. Meanwhile, if the sizeof the extended image is not an integer multiple of a frame, the imageprocessing unit 30 connects the current image and its next image, storesthem as a single-frame image and moves it. In case of a compact andportable image displaying apparatus such as a digital photo frame, it ispreferable to reduce the amount of data stored, due to a restriction onthe storage space. For this, the image processing unit 30 processes andstores a portion on which the current image and the next image areconnected as a single frame when storing the images in units of frames.

FIG. 9 illustrates a process of displaying an input unit according astill another exemplary embodiment. The controller 40 controls the imageprocessing unit 30 to adjust a plurality of images, so that thehorizontal width or the vertical width of each image is identical to anyone of the horizontal width and the vertical width of the display unit20, connect the boundaries of the adjusted plural images, and move theconnected plural images in the other width direction of the display unit20. For example, a specific width direction of an image is adjusted,i.e., to make the vertical width of the display unit 20 identical to thevertical width of the image as shown in FIG. 9( a), and the pluralimages whose vertical widths are adjusted uniformly are connected witheach other and moved to the horizontal width direction of the displayunit 20. According to this exemplary embodiment, as the image isadjusted identically to a specific width direction of the display unit20, while maintaining the aspect ratio thereof, the horizontal widths ofthe images are not uniform. As the plural images are moved in onedirection, a panorama effect can be easily obtained. It is possible tomove the image to the vertical width direction of the display unit 20because the horizontal width of the image is adjusted to be identical tothe horizontal width of the display unit 20.

Meanwhile, boundaries {circle around (b)} between plural images I, IIand III are diffused as shown in FIG. 9( a), resulting in displaying anatural image as shown in FIG. 9( b).

FIG. 10 is a control block diagram of an image displaying apparatusaccording to a still another exemplary embodiment.

The image displaying apparatus includes a user selection unit 50 and astorage unit 60, in addition to the elements depicted in FIG. 1.

The user selection unit 50 enables a movement direction, i.e. ascrolling direction, of an image to be selected. For example, the usermay move the extended image upward, downward, leftward or rightward. Themovement direction of the image is not set at default. According to thisexemplary embodiment, a user may select a movement direction of theimage through the user selection unit 50. The user may also select amovement speed, a zoom in or a zoom out of the image through the userselection unit 50. The user selection unit 50 may be provided as aninput device such as a keyboard, a mouse, a button or a remote control,etc. Preferably, the user selection unit 50 may include a touch panelcoupled to the display unit 20. The touch panel may be externallydisposed on the top of the display unit 20, or may be internally builtin the display unit 20. Or, it may include a variety of configurationsto sense a pressure applied by a user's finger or a pointing device.

The user may also capture an image while the images are being moved,through the user selection unit 50. When a specific portion is selectedwhile the images are being slid, the controller 40 stores the specificportion of the selected image in the storage unit 60.

The storage unit 60 may be included in the controller 40, or may beprovided as a separate memory device. The storage unit 60 may beinternally built in the display apparatus, but may also be embodied asan external storage medium connected to the display apparatus.

According to another exemplary embodiment, the image may be internallystored, and not come from an image source connected with the imagereceiving unit 10. That is, the image processing unit 30 may receive andprocess images received from the image source, or process and displaythe images pre-stored by the user.

The exemplary embodiments process images having different aspect ratiosfrom the aspect ratio of the display unit 20 with various methods. Anyblack screen on which no image is displayed is eliminated, and ananimation effect is given, thereby enabling a user to appreciate theimages with more interest.

Although a few exemplary embodiments of the inventive concept have beenillustrated and described in details, the inventive concept shall not belimited thereto, and can be carried out in various manners, within thescope of the claims as described in the specification. The scope of thispatent will be determined by the accompanying claims and equivalentsthereof.

What is claimed is:
 1. An image displaying apparatus, comprising: a userinput operable to receive a first user input to select a vertical imagemovement direction among an upward direction and a downward direction,and a second user input to select an image movement speed; a displaythat displays an image; and a controller which, if an aspect ratio ofthe image is different from an aspect ratio of a screen area of thedisplay, is operable to control the display to resize the image so thata horizontal width of the image is resized to a predetermined size thatfits within a horizontal width of the screen area while maintaining theaspect ratio of the image and to automatically move, at the selectedimage movement speed, a displayed portion of the resized image in theselected vertical image movement direction among the upward directionand the downward direction to enable a non-displayed portion of theimage to become visible in the screen area, wherein the controllercontrols the display to provide a defined boundary effect between theimage and a subsequent image.
 2. The image displaying apparatus of claim1, further comprising a receiver which receives the image from an imagesource.
 3. The image displaying apparatus of claim 1, further comprisinga storage that stores the image.
 4. The image displaying apparatus ofclaim 1, wherein the display is rectangular in shape.
 5. The imagedisplaying apparatus of claim 1, wherein if a ratio of the horizontalwidth to a vertical width of the image is smaller than a ratio of thehorizontal width to a vertical width of the screen area, the controllercontrols the display to extend the image until the horizontal width ofthe image becomes identical to the horizontal width of the screen area.6. The image displaying apparatus of claim 1, wherein if a ratio of thehorizontal width to a vertical width of the image is larger than a ratioof the horizontal width to a vertical width of the screen area, thecontroller controls the display to extend the image until the verticalwidth of the image becomes identical to the vertical width of the screenarea.
 7. The image displaying apparatus of claim 1, wherein thecontroller controls the display to display a zoom in process on thescreen area whereby the image is extended before movement, and a zoomout process whereby the image is contracted after movement.
 8. The imagedisplaying apparatus of claim 1, wherein the boundary effect comprises ablurry effect.
 9. The image displaying apparatus of claim 1, wherein theuser input receives a third user input to capture at least a portion ofthe image being displayed while the image is being moved, wherein thecontroller stores the captured portion of the image.
 10. The imagedisplaying apparatus of claim 1, wherein the user input comprises atouch panel, and the controller is configured to receive the first userinput and the second user input via the touch panel.
 11. The imagedisplaying apparatus of claim 10, wherein the controller is configuredto receive a user input via the touch panel to zoom in or zoom out therespective image displayed in the screen area.
 12. The image displayingapparatus of claim 1, wherein the image is resized such that thehorizontal width of the image equals an entire horizontal screen widthof the screen area, if the upward direction is selected via the firstuser input, the controller controls display of a next image sequentiallyin the screen area after a bottom edge portion of the image becomesvisible, and if the downward direction is selected via the first userinput, the controller controls display of a next image sequentially inthe screen area after a top edge portion of the image becomes visible.13. The image displaying apparatus of claim 1, wherein, if the aspectratio of the image is different from the aspect ratio of the screenarea, the controller is operable to resize an image so that a verticalwidth of the image is resized to a predetermined size that fits withinthe vertical width of the screen area while maintaining the aspect ratioof the image and to move the resized image in the image movementdirection.
 14. The image displaying apparatus of claim 13, wherein theimage is resized such that the vertical width of the image equals anentire vertical screen width of the screen area, if a leftward imagemovement direction is selected via the user input, the controllercontrols display of a next image sequentially in the screen area after aright edge portion of the image becomes visible, and if a rightwardimage movement direction is selected via the user input, the controllercontrols display of a next image sequentially in the screen area after aleft edge portion of the image becomes visible.
 15. The image displayingapparatus of claim 1, wherein the controller automatically moves thedisplayed portion of the resized image without an additional interactionfrom a user.
 16. The image displaying apparatus of claim 1, wherein theboundary effect comprises an effect to diffuse a boundary between theimage and the subsequent image to make the boundary unclear or blurry.17. The image displaying apparatus of claim 1, wherein the boundaryeffect comprises an animation effect between the image and thesubsequent image.
 18. An image displaying apparatus, comprising: adisplay; and a controller which controls the display to adjust aplurality of images in a first direction to make a horizontal width or avertical width of an image identical to any one of a horizontal widthand a vertical width of a screen area of the display, to connectboundaries of the adjusted plurality of images, and to automaticallymove the connected plural images in a second direction on the display,wherein the controller controls the display to provide a definedboundary effect between the image and a subsequent image.
 19. The imagedisplaying apparatus of claim 18, wherein the boundary effect comprisesa blurry effect.
 20. The image displaying apparatus of claim 18, whereinthe controller automatically moves the connected plural images in thesecond direction on the display without an additional interaction from auser.
 21. The image displaying apparatus of claim 18, wherein theboundary effect comprises an effect to diffuse a boundary between theimage and the subsequent image to make the boundary unclear or blurry.22. The image displaying apparatus of claim 18, wherein the boundaryeffect comprises an animation effect between the image and thesubsequent image.
 23. A method of displaying a sequence of images on adisplay, the method comprising: receiving a first user input to select avertical image movement direction among an upward direction and adownward direction, and a second user input to select an image movementspeed; processing, by a processor, an image; if an aspect ratio of theimage is different from an aspect ratio of a screen area of the display,resizing the image to make a horizontal width thereof a predeterminedsize that fits within a horizontal width of the screen area, whilemaintaining the aspect ratio of the image; automatically moving, by theprocessor, a displayed portion of the resized image in the selectedvertical image movement direction among the upward direction and thedownward direction at the selected image movement speed to enable anon-displayed portion of the image to become visible in the screen area;and processing, by the processor, the image and a subsequent image forthe display to provide a defined boundary effect between the image andthe subsequent image.
 24. The image displaying method of claim 23,wherein the extending the image extends the image to make the horizontalwidth of the image identical to the horizontal width of the screen areaif a ratio of the horizontal width to a vertical width of the image issmaller than a ratio of the horizontal width to a vertical width of thescreen area.
 25. The image displaying method of claim 23, wherein theextending the image extends the image to make a vertical width of theimage identical to a vertical width of the screen area if a ratio of thehorizontal width to the vertical width of the image is larger than aratio of the horizontal width to the vertical width of the screen area.26. The image displaying method of claim 23, further comprisingdisplaying a zoom in process to extend the image before movement anddisplaying a zoom out process to reduce the image after movement. 27.The image displaying method of claim 23, wherein the boundary effectcomprises a blurry effect.
 28. The image displaying method of claim 23,further comprising: receiving a third user input to capture at least aportion of the image being displayed during movement of the image; andstoring the captured image.
 29. The method of claim 23, furthercomprising: if the upward direction is selected for the respective imagevia the first user input, displaying a next image sequentially on thescreen area after a bottom edge portion of the respective image becomesvisible; and if the downward direction is selected for the respectiveimage via the first user input, displaying a next image sequentially onthe screen area after a top edge portion of the image becomes visible.30. The method of claim 23, further comprising: resizing an image sothat a vertical width of the image is resized to a predetermined sizethat fits within a vertical width of the screen area while maintainingthe aspect ratio of the image and to move the resized image in the imagemovement direction.
 31. The method of claim 30, further comprising: if aleftward image movement direction is set via a user input, displaying anext image sequentially on the screen area after a right edge portion ofthe image becomes visible; and if a rightward image movement directionis set via a user input, displaying a next image sequentially on thescreen area after a left edge portion of the image becomes visible. 32.The image displaying method of claim 23, wherein the automaticallymoving is performed without an additional interaction from a user. 33.The method of claim 23, wherein the boundary effect comprises an effectto diffuse a boundary between the image and the subsequent image to makethe boundary unclear or blurry.
 34. The method of claim 23, wherein theboundary effect comprises an animation effect between the image and thesubsequent image.
 35. An apparatus comprising: a touch displayconfigured to display an image, the touch display operable to receive afirst user input to select a vertical image movement direction among anupward direction and a downward direction and a second user input toselect an image movement speed; and a controller which, if an aspectratio of the image is different from an aspect ratio of a screen area ofthe touch display, is operable to control the touch display to resizethe image so that a horizontal width of the image is resized to apredetermined size that fits within a horizontal width of the screenarea while maintaining the aspect ratio of the image and toautomatically move, at the selected image movement speed, a displayedportion of the resized image in the selected vertical image movementdirection among the upward direction and the downward direction toenable a non-displayed portion of the image to become visible in thescreen area, wherein the controller controls the touch display toprovide a defined boundary effect between the image and a subsequentimage.
 36. The apparatus of claim 35, wherein the controller is operableto receive a third user input via the touch display to zoom in or zoomout the respective image displayed in the screen area.
 37. The apparatusof claim 35, wherein the controller automatically moves the displayedportion of the resized image without an additional interaction from auser.
 38. The apparatus of claim 35, wherein the boundary effectcomprises an effect to diffuse a boundary between the image and thesubsequent image to make the boundary unclear or blurry.
 39. Theapparatus of claim 35, wherein the boundary effect comprises ananimation effect between the image and the subsequent image.
 40. Anon-transitory computer readable medium having computer-executableinstructions stored thereon, which, when executed by an apparatus havinga touch display, causes the apparatus to perform a method comprising:receiving a first user input, via the touch display, to select avertical image movement direction among an upward direction and adownward direction for an image and a second user input to select animage movement speed; if an aspect ratio of the image is different froman aspect ratio of a screen area of the touch display, resizing theimage to make a horizontal width thereof a predetermined size that fitswithin a horizontal width of the screen area, while maintaining theaspect ratio of the image; automatically moving a displayed portion ofthe resized image in the selected vertical image movement directionamong the upward direction and the downward direction at the selectedimage movement speed to enable a non-displayed portion of the image tobecome visible in the screen area; and processing the image and asubsequent image for the touch display to provide a defined boundaryeffect between the image and the subsequent image.
 41. Thenon-transitory computer readable medium of claim 40, wherein the methodfurther comprises: receiving a user input via the touch display to zoomin or zoom out a respective image to be displayed in the screen area.42. The non-transitory computer readable medium of claim 40, wherein theautomatically moving is performed without an additional interaction froma user.
 43. The non-transitory computer readable medium of claim 40,wherein the boundary effect comprises an effect to diffuse a boundarybetween the image and the subsequent image to make the boundary unclearor blurry.
 44. The non-transitory computer readable medium of claim 40,wherein the boundary effect comprises an animation effect between theimage and the subsequent image.